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How Semiconductor Tech Drives the Aerospace Industry

In the aerospace industry, businesses are investing in semiconductor technology for the development of innovative solutions.

FREMONT, CA: According to Technavio reports, the global semiconductor market in the aerospace industry is anticipated to post a CAGR of about 5 percent during the period 2018-2022. A principal reason behind the above expansion is the rising modernization and up-gradation of aircraft. The aircraft industry over the globe is undergoing modernization with the inclusion of advanced electronics and semiconductor devices.

With its high-level operational capabilities, a semiconductor finds a massive range in Semiconductor in Aerospace devices like data processing units, computers, data -display systems, and aircraft guidance-control assemblies. Hence, semiconductors in the Aerospace market are able to have an exceptional utility that will power the electronics industry.

Various nations are using drones for military missions. The rise in the use of UAVs in many sectors, like logistics and military, is expected to increase the demand for semiconductors. The need for more high-level semiconductors would accelerate the growth of the electronics market in the future.

The semiconductor market is expanding grounds in terms of innovation and investments. Growth of the high-reliability semiconductors for the aerospace market can be associated to high investments in research & development actions by manufacturers. Further, the rise in the embracement of high-reliability semiconductor components led by technological advancements and affordability is estimated to fuel the high-reliability semiconductors for aerospace.

RF power amps used in the aerospace radar systems are high on performance and power. The effectiveness and bandwidth performance of RF power devices are considerably higher. They thus are consolidated in the radars to deliver more robust performance in terms of power and radar range. RF power semiconductor also mitigates the number of radar systems needed to monitor the same perimeter, thereby accounting cost. Thus, the requirement for RF power devices can be anticipated to grow in the aerospace sector.

The improvements in semiconductor technology integrated with the increased investment will affect future innovations in the aerospace industry.